Synthesis of GaN by N ion implantation in GaAs (001)
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Date
1995Type
Subject
Abstract
Both the hexagonal and cubic GaN phases were synthesized in GaAs ~001! by 50 keV N ion implantation at 380 °C and subsequent furnace annealing at 850–950 °C for 10 min–2 h. For a fluence of 1.531017 cm22, transmission electron microscopy revealed that cubic GaN epitaxially crystallizes as precipitates in the GaAs matrix. A cubic-to-hexagonal GaN phase transition was observed for extended thermal anneals. By increasing the N fluence to 331017 cm22, a continuous buried layer of randomly oriented ...
Both the hexagonal and cubic GaN phases were synthesized in GaAs ~001! by 50 keV N ion implantation at 380 °C and subsequent furnace annealing at 850–950 °C for 10 min–2 h. For a fluence of 1.531017 cm22, transmission electron microscopy revealed that cubic GaN epitaxially crystallizes as precipitates in the GaAs matrix. A cubic-to-hexagonal GaN phase transition was observed for extended thermal anneals. By increasing the N fluence to 331017 cm22, a continuous buried layer of randomly oriented hexagonal-GaN nanocrystals was produced. ...
In
Applied physics letters. New York. Vol. 67, no. 18 (Oct. 1995), p. 2699-2701
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Foreign
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